Namiki Precision Jewel Co.,Ltd

Transcription

Namiki Precision Jewel Co.,Ltd
Applications
㻞
Selection Guide
㻟
Figure 1
Figure 3
Figure 4
Figure 2
㻠
㻡
㻢
Unit conversion table
ISO Certification
Management Standard ISO9001：2008
Certificate Number：JQA-0700
Registration Date ：December 9, 1994
Organization
：Namiki Precision Jewel Co., Ltd.
Associated Organization：Akita Yuzawa Plant
Aomori Kuroishi Plant
Certificate Number ：JQA-EM2005
Registration Date
：December 21, 2001
Organization
：Namiki Precision Jewel Co., Ltd.
Associated Organization ：Creation Center
Akita Yuzawa Plant
Akita Yuzawa 2nd Plant
Aomori Kuroishi Plant
Certificate Number
Registration Date
Attestation Changed Day
Organization
Certificate Number
Registration Date
Organization
：TUV100 11 2152
：April 18, 1996
：March 22 ,2012
：Namiki Precision(Thailand) Co., Ltd.
：S 951 12 6000
：Jun 05, 2009
Certificate Number
Registration Date
Attestation Changed Day
Organization
Certificate Number：CN09 / 23915
Registration Date ：October 18, 2007
Organization：Namiki Precision(Shanghai)Co., Ltd.
：TUV104 11 2152
：January 30, 2001
：March 12 ,2012
Certificate Number
Registration Date
Organization
：CN09 / 21600
：March 26, 2008
：Namiki Precision(Shanghai)Co., Ltd.
Management Standard TL9000 / ISO9001 : 2008
Certificate Number：US09 / 0781
Registration Date ：Jun 05, 2009
Organization：Namiki Precision(Shanghai)Co., Ltd.
㻣
New
1
4
3 grades
Namiki had developed new
line-up for suitable
applications as 3 grades of
“Blue”, “Green”, and “Silver”.
Quick response
Namiki had achieved low
inertia by adopting special
coil. The new line-up had
researched mechanical time
constant.
2
For Servo
5
High quality
It can meet various
requests from possible
combination of gearheads and encoders for
all products.
Researched stable quality
by bonding-less structure
and original assembly
technology.
3
6
High torque constant
Namiki had achieved high
torque constant by
researching magnetic circuit
from original high accurate
processing technology.
Customized
Arranging to customize
motor from your demand
characteristics including
unit assembly. Please feel
free to consult us.
Namiki had researched various functions of 3 grades in new line-up.
Environment
E
i ment Model
High power
High heat resistance
Long life
㻤
Standard
S
d d Model
M d
Quick response
Economic
E
ic Model
M
Low cost
㻥
㻝㻜
㻝㻝
㻝㻞
㻝㻟
㻝㻠
DC Motors
Namiki had successfully commercialized DC motors since 1973.
Coreless Motors
Brushless Motors
1.5mm-22mm,
㻝㻡
DC CORELESS MOTOR SERIES
SCL07-17
Precious metal commutation
Weight 3.5 g
Dimension in mm
For combination with gearhead: SPG07
SCL07
Ordering number
-1708
-1714
1 Nominal voltage
2.5
3.5
2 Terminal resistance
8.1
14
0.17
0.19
3 Output power
4 Max. efficiency
54
55
5 No-load speed
15010
16500
6 No-load current
7 Stall torque
q
8 Friction torque
9 Back-EMF constant
10 Torque constant
-1726
4.5 V
26
0.17 W
53 %
16390 rpm
22
17
0.42
0.44
0.39 mNm
13 mA
0.032
0.032
0.032 mNm
0.16
0.20
0.25 mV/rpm
1.5
1.9
11 Slope of N-T curve
35370
37510
12 Coil inductance
0.080
0.13
11
11
0.030
0.029
0.027 gcm2
0.31
0.30
0.28 mNm
13 Mechanical time constant
14 Rotor inertia
2.4 mNm/A
41950 rpm/mNm
0.21 mH
12 ms
Continuous operation
15 Max. torque
General specifications
16 Operating temperature
-20…+60
17 Max. coil temperature
+80
Rth1 = 20, Rth2 = 84
18 Thermal resistances
19 Bearings type
Sintered sleeves
0.3 (5 mm)
N
21 Max. shaft axial load
0.1
N
22 Max. axial load at standstill
4.9
N
23 Shaft radial play
0.05
mm
24 Shaft axial play
0.03…0.2
mm
Lead wires length, shaft length, special coils,
commutator with capacitors.
V01
㻝㻢
°C
K/W
20 Max. shaft radial load
Options:
Specifications subject to change without notice
°C
ETD07-2B
2 Channel optical incremental encoder
Preliminary Special Specification
Output circuit
View Arrow A
Weight 0.6 g
Dimension mm
For combination with motors
SBL07, SCL07 Series
ETD07-2B
Specifications at 25
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Optical
Incremental
CMOS/TTL Compatible
2
64
55
4.5
5.5
15
2.4 Max. Vcc
0.4
1.5
Tr = 100 Tf = 100
TBD
+85
-20
-20
+85
Sensor
Encoder Type
Output Signal
Number of Channels
50,000 rpm
Resolution Max. speed
M
R
Max. F
Frequency Response
Supply Voltage, Vcc
Supply Current, typical
Output Voltage "H"
Output Voltage "L"
Output current per channel
Rise and fall time RL = 2.7 k and CL = 25 pF ,typical
Inertia
Operating Temperature
Storage Temperature
channel
pulse/rev
kHz
V
mA
V
V
mA
ns
gmm2
Wave form (for motor shaft clockwise rotation)
Cycle C
Pulse P
A to B channel phase shift,
Logic state width, S
C
P
360
180
90±45
90±45
e
e
e
e
Maximal error (± e) indicated abov
Channel A
S
S
S
S
Tr
Channel B
Tf
1
2
3
4
5
6
V
Ch.B
Ch.A
DC5V
CMOS/TTL Compatible
CMOS/TTL Compatible
NC
GND
NC
V011
㻝㻣
SCL10-12
Weight 4.9 g
Dimension in mm
For combination with gearhead: SSG10
SCL10
Ordering number
-1207
-1212
1 Nominal voltage
2.5
3.5
7.1
12
3 Max.output power
0.19
0.23
4 Max. efficiency
55
56
5 No-load speed
17500
19840
6 No-load current
7 Stall torque
q
8 Friction torque
9 Back-EMF constant
10 Torque constant
-1222
4.5 V
22
0.20 W
54 %
19350 rpm
23
19
0.42
0.44
0.39 mNm
14 mA
0.029
0.029
0.029 mNm
0.13
0.17
0.22 mV/rpm
1.3
1.6
41700
45580
50000 rpm/mNm
12 Coil inductance
0.035
0.054
0.092 mH
23
23
0.052
0.049
0.046 gcm2
0.32
0.31
0.29 mNm
14 Rotor inertia
2.1 mNm/A
24 ms
15 Max. torque
-20…+60
+80
Rth1 = 21, Rth2 = 61
19 Bearings type
Sintered sleeves
0.3 (5 mm)
N
0.1
N
4.9
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
V01
㻝㻤
°C
K/W
Options:
°C
SCL10-18
Weight 7.7 g
Dimension in mm
For combination with gearheads: SSG10, SPG10
SCL10
Ordering number
-1806
1 Nominal voltage
-1810
-1818
-1836
3
4
6
5.7
10
18
3 Max.output power
0.36
0.36
0.47
4 Max. efficiency
62
59
62
5 No-load speed
12000
12800
15380
6 No-load current
0.52 W
63 %
16440 rpm
24
22
15
11 mA
1.1
1.1
1.2
1.2 mNm
0.055
0.062
0.055
0.055 mNm
0.24
0.30
0.37
7 Stall torque
q
8 Friction torque
9 V
36
9 Back-EMF constant
10 Torque constant
0.52 mV/rpm
2.3
2.8
3.6
10480
12010
13320
12 Coil inductance
0.066
0.090
0.16
12
11
13
0.11
0.090
0.090
0.091 gcm2
0.72
0.66
0.63
0.62 mNm
14 Rotor inertia
5.0 mNm/A
13600 rpm/mNm
0.32 mH
13 ms
15 Max. torque
-20…+60
+80
Rth1 = 11, Rth2 = 57
19 Bearings type
°C
°C
K/W
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
Options:
V01
㻝㻥
SCL10-30
Weight 13.3 g
Dimension in mm
SCL10
Ordering number
-3004
1 Nominal voltage
3.6
14
7.8
12
32
0.60
0.34
0.62
0.73
0.60
72
72
72
73
71
10030
8800
10160
11300
10960
12 Coil inductance
0.57 W
70 %
11240 rpm
19
7
13
11
7
1.5
2.3
2.5
2.1
1.9 mNm
0.054
0.054 mNm
0.033
0.29
0.054
0.50
0.43
0.054
0.52
5 mA
0.80
1.0 mV/rpm
9.9 mNm/A
2.8
4.8
4.2
5.0
7.6
4390
5990
4360
4580
5250
5820 rpm/mNm
0.052
0.15
0.11
0.16
0.39
0.65 mH
8
8
8
8
8
0.17
0.13
0.17
0.16
0.15
0.14 gcm2
1.3
1.2
1.3
1.3
1.2
1.2 mNm
14 Rotor inertia
12 V
60
2.3
0.054
10 Torque constant
-3060
9
7 Stall torq
que
9 Back-EMF constant
-3032
6
6 No-load current
8 Friction torque
-3012
4.5
4 Efficiency
5 No-load speed
-3008
4.5
3 Output power
-3014
3
9 ms
15 Max. torque
-20…+60
+80
Rth1 = 11, Rth2 = 39
0.5 (5 mm)
N
0.15
N
7.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
Options:
V01
㻞㻜
°C
K/W
Sintered sleeves
19 Bearings type
°C
SCL12-20
Weight 11.8 g
Dimension in mm
SCL12
Ordering number
-2003
1 Nominal voltage
-2038
9
12
2.6
4.7
26
38
0.79
1.3
0.75
0.87
4 Efficiency
5 No-load speed
-2026
5
3 Output power
-2005
3
62
75
69
62
15100
17200
15330
15900
-20H3
15 V
126
0.39 W
55 %
11600 rpm
6 No-load current
53
20
10
14
8 mA
7 Stall torque
q
2.0
2.8
1.9
2.1
1.3 mNm
0.096
0.054
0.054
0.096
0.092 mNm
0.19
0.29
0.57
0.72
8 Friction torque
9 Back-EMF constant
1.8
2.7
5.4
6.9
7580
6050
8260
7650
0.025
0.060
0.24
0.39
15
14
16
16
0.19
0.23
0.18
0.19
0.18 gcm2
1.1
1.2
1.1
1.1
0.96 mNm
10 Torque constant
12 Coil inductance
1.2 mV/rpm
14 Rotor inertia
11.5 mNm/A
9070 rpm/mNm
1.1 mH
17 ms
15 Max. torque
-20…+60
+80
Rth1 = 9, Rth2 = 33
19 Bearings type
°C
°C
K/W
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
Options:
Lead wires length, terminals instead of lead wires,
shaft length, special coils, commutator with capacitors.
V01
㻞㻝
SCL12-22
Weight 13.7 g
Dimension in mm
SCL12
Ordering number
-2202
1 Nominal voltage
-2204
-2212
-2222
3
6
9
12
2.0
3.8
12
22
3 Output power
1.1
2.3
1.6
1.6
4 Efficiency
5 No-load speed
67
72
75
75
11770
16800
14340
14000
-22H6
24 V
160
0.84 W
67 %
12300 rpm
6 No-load current
50
35
14
10
5 mA
7 Stall torque
q
3.5
5.1
4.2
4.3
2.6 mNm
8 Friction torque
0.12
0.12
0.080
0.080
0.090 mNm
9 Back-EMF constant
0.25
0.35
0.62
0.84
2.4
3.3
5.9
8.0
3390
3260
3400
3240
0.025
0.050
0.16
0.29
12
12
10
10
0.33
0.34
0.27
0.29
0.20 gcm2
1.6
1.6
1.6
1.6
1.3 mNm
10 Torque constant
12 Coil inductance
1.9 mV/rpm
14 Rotor inertia
18.0 mNm/A
4730 rpm/mNm
2.3 mH
10 ms
15 Max. torque
-20…+60
+80
Rth1 = 10, Rth2 = 35
19 Bearings type
°C
°C
K/W
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
Options:
V01
㻞㻞
SCL12-30
Weight 19.5 g
Dimension in mm
SCL12
Ordering number
-3002
-3005
-3003
-3010
-3020
-3043
1 Nominal voltage
4.5
6
6
9
12
2.5
4.6
2.9
9.6
20
3 Output power
2.0
1.9
3.0
2.1
1.8
4 Efficiency
5 No-load speed
80
80
81
80
77
11640
11640
13750
12420
11500
6 No-load current
8 Friction torque
43
1.3 W
72 %
12840 rpm
20
15
21
11
9
6.5
6.3
8.4
6.4
6.0
3.7 mNm
0.073
0.073
0.088
0.073
0.088
0.087 mNm
0.38
0.51
0.43
0.72
1.0
7 Stall torq
que
9 Back-EMF constant
15 V
10 Torque constant
8 mA
1.1 mV/rpm
10.9 mNm/A
3.6
4.9
4.1
6.8
9.8
1800
1860
1650
1950
1930
3460 rpm/mNm
12 Coil inductance
0.053
0.095
0.063
0.19
0.38
0.79 mH
9
9
8
9
7
0.47
0.45
0.47
0.43
0.33
0.21 gcm2
2.2
2.1
2.3
2.1
2.1
1.5 mNm
14 Rotor inertia
8 ms
15 Max. torque
-20…+60
+80
Rth1 = 10, Rth2 = 37
19 Bearings type
°C
°C
K/W
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
Options:
V01
㻞㻟
SCL16-15
Weight 17.9 g
Dimension in mm
SCL16
Ordering number
-1507
1 Nominal voltage
3 Output power
-15H2
9
6.5
25
59
0.34
0.35
0.33
76
76
75
7330
7630
7840
6 No-load current
12 V
117
0.30 W
74 %
7850 rpm
7
4
3
1.8
1.7
1.6
1.4 mNm
0.029
0.029
0.029
0.029 mNm
0.40
0.77
1.1
7 Stall torque
q
8 Friction torque
-1559
6
4 Efficiency
5 No-load speed
-1525
3
9 Back-EMF constant
10 Torque constant
2 mA
1.5 mV/rpm
3.8
7.4
10.8
14.3 mNm/A
4170
4380
4850
5450 rpm/mNm
12 Coil inductance
0.11
0.41
0.88
23
23
23
0.52
0.50
0.46
0.42 gcm2
1.4
1.3
1.3
1.2 mNm
14 Rotor inertia
1.6 mH
24 ms
15 Max. torque
-20…+60
+80
Rth1 = 12, Rth2 = 40
19 Bearings type
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
V01
㻞㻠
°C
K/W
Options:
°C
SCL16-25
Weight 28 g
Dimension in mm
SCL16
Ordering number
-2502
1 Nominal voltage
-2506
-2510
-2555
-2515
-2526
3
6
9
12
12
2.0
6.2
9.8
55
16
3 Output power
1.1
1.4
2.0
0.63
2.3
4 Efficiency
5 No-load speed
80
80
82
76
82
7640
9100
10640
5770
11600
6 No-load current
9 Back-EMF constant
12 Coil inductance
11
9
4
7
6.0
7.3
4.2
7.5
7.4 mNm
0.068
0.068
0.068
0.070
0.069
0.068 mNm
0.39
0.65
0.84
2.0
1.0
5 mA
1.4 mV/rpm
12.9 mNm/A
3.7
6.2
8.0
19.5
9.8
1360
1530
1460
1380
1540
1490 rpm/mNm
0.041
0.12
0.19
1.2
0.32
0.49 mH
9
9
9
8
8
0.66
0.58
0.60
0.58
0.46
0.60 gcm2
2.8
2.7
2.7
2.8
2.7
2.7 rpm
14 Rotor inertia
82 %
11010 rpm
18
10 Torque constant
26
2.1 W
5.6
7 Stall torq
que
8 Friction torque
15 V
9 ms
15 Max. torque
-20…+60
+80
Rth1 = 6, Rth2 = 31
°C
°C
K/W
Sintered sleeves
19 Bearings type
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
Options:
V01
㻞㻡
SCL16-29
Weight 30 g
Dimension in mm
SCL16
Ordering number
-2902
1 Nominal voltage
-2906
-2909
-2915
-2929
-2940
3
6
9
12
15
1.8
6.0
9.1
15
29
3 Output power
1.2
1.5
2.2
2.3
1.9
4 Efficiency
5 No-load speed
72
74
75
76
74
7930
9430
11280
11400
11300
6 No-load current
18 V
40
2.0 W
74 %
11370 rpm
36
19
17
13
10
9 mA
5.6
5.9
7.3
7.7
6.4
6.5 mNm
8 Friction torque
0.13
0.11
0.13
0.13
0.13
0.13 mNm
9 Back-EMF constant
0.37
0.63
0.78
1.0
1.3
7 Stall torq
que
3.5
6.0
7.5
9.9
12.4
14.8 mNm/A
1420
1610
1550
1480
1770
1740 rpm/mNm
0.041
0.12
0.18
0.32
0.51
0.72 mH
8
9
8
8
8
0.56
0.55
0.50
0.53
0.44
0.46 gcm2
2.7
2.5
2.6
2.6
2.4
2.4 mNm
10 Torque constant
12 Coil inductance
14 Rotor inertia
1.6 mV/rpm
8 ms
15 Max. torque
-20…+60
+80
Rth1 = 5, Rth2 = 33
19 Bearings type
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
V01
㻞㻢
°C
K/W
Options:
°C
SCL16-30
Weight 37.7 g
Dimension in mm
SCL16
Ordering number
-3003
1 Nominal voltage
-3006
-3010
-3016
-3024
6
9
12
15
3.1
5.5
11
16
3 Output power
2.8
3.7
3.4
3.4
4 Efficiency
5 No-load speed
87
88
87
87
7840
9120
9000
8930
6 No-load current
87 %
9110 rpm
9
7
5
4
15.4
14.4
14.7
13.9 mNm
0.063
0.063
0.063
0.063
0.063 mNm
0.76
0.98
1.3
1.7
2.0 mV/rpm
18.8 mNm/A
9 Back-EMF constant
10 Torque constant
7.3
9.4
12.7
16.0
570
590
620
610
0.053
0.088
0.16
0.25
12 Coil inductance
24
3.3 W
13.8
7 Stall torque
q
8 Friction torque
18 V
14 Rotor inertia
3 mA
650 rpm/mNm
0.35 mH
7
7
7
7
1.2
1.2
1.1
1.1
1.1 gcm2
7 ms
4.8
4.7
4.5
4.6
4.4 mNm
15 Max. torque
-20…+60
+80
Rth1 = 4, Rth2 = 28
19 Bearings type
°C
°C
K/W
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
Options:
V01
㻞㻣
SCL16-34
Weight 37 g
Dimension in mm
SCL16
Ordering number
-3403
1 Nominal voltage
-3405
-3410
-3416
-3424
6
9
12
15
3.2
5.4
10
16
3 Output power
2.9
3.7
3.5
3.6
4 Efficiency
5 No-load speed
94
94
94
94
7590
8890
9000
8930
6 No-load current
94 %
9000 rpm
17
13
10
8
16.0
15.0
15.2
14.4 mNm
0.013
0.013
0.013
0.013
0.013 mNm
0.79
1.0
1.3
1.7
2.0 mV/rpm
19.1 mNm/A
9 Back-EMF constant
10 Torque constant
7.5
9.7
12.7
16.0
530
560
600
590
0.056
0.092
0.16
0.25
12 Coil inductance
24
3.4 W
14.3
7 Stall torque
q
8 Friction torque
18 V
14 Rotor inertia
7 mA
620 rpm/mNm
0.36 mH
7
7
7
7
1.2
1.1
1.0
1.1
1.0 gcm2
7 ms
4.8
4.7
4.5
4.6
4.5 mNm
15 Max. torque
-20…+60
+80
Rth1 = 4, Rth2 = 30
19 Bearings type
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
V01
㻞㻤
°C
K/W
Options:
°C
MOTOR-TACHOGENERATOR SERIES
SCL16-44
Weight 46.2 g
Dimension in mm
SCL16
Ordering number
-4428T
Nominal voltage
6
-4464T
12 V
Terminal resistance
27.6
64
Output power
0.31
0.54 W
No-load speed
4400
5900 rpm
No-load current
5
Stall torque
2.7
4 mA
3.49 mNm
Friction torque
q
0.06
0.08 mNm
Back-EMF constant
1.33
1.99 mV/rpm
Torque constant
12.7
19 mNm/A
Motor coil inductance
0.13
Rotor inertia
1 mH
0.8
0.87 gcm2
1.35
1.74 mNm
Max. recommended torque
Tachogenerator
EMF constant
1.2
mV/rpm
Recommended min. load resistance
10
k
Terminal resistance
130
2
%
Operating temperature
-20…60
°C
Max. coil temperature
80
°C
Max. ripple peak to peak
Shaft bearing
Sleeve bearings
Max. shaft radial load
0.5 (5 mm)
N
Max. shaft axial load
0.15
N
Max. axial load at standstill
7.8
N
Shaft radial play
0.05
mm
Shaft axial play
0.03…0.2
mm
V01
㻞㻥
SCL17-30
Weight 42 g
Dimension in mm
SCL17
Ordering number
-3003
1 Nominal voltage
-3005
-3006
-3011
-3017
-3026
6
8
9
12
15
2.7
4.6
6.1
11
17
3 Output power
3.4
3.4
3.3
3.3
3.4
4 Efficiency
5 No-load speed
87
87
87
87
87
8830
9000
9060
9000
9250
8 Friction torque
9 Back-EMF constant
8
7
5
4
14.5
13.8
13.8
13.9
13.0 mNm
0.068
0.068
0.068
0.068
0.068
0.068 mNm
0.68
0.89
0.99
1.3
1.6
2.0 mV/rpm
19.1 mNm/A
10 Torque constant
6.5
8.4
9.4
12.7
15.4
610
620
660
650
670
0.029
0.050
0.062
0.11
0.17
14 Rotor inertia
86 %
8940 rpm
10
12 Coil inductance
26
3.0 W
14.6
6 No-load current
7 Stall torq
que
18 V
4 mA
690 rpm/mNm
0.26 mH
5
5
5
5
5
0.76
0.74
0.70
0.70
0.69
0.68 gcm2
5 ms
4.8
4.8
4.7
4.7
4.6
4.5 mNm
15 Max. torque
-20…+60
+80
Rth1 = 4, Rth2 = 25
19 Bearings type
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
V01
㻟㻜
°C
K/W
Options:
°C
SCL17-44
Weight 56.2 g
Dimension in mm
SCL17
Ordering number
-4409T
Nominal voltage
6 V
Terminal resistance
9.4
Output power
0.94 W
No-load speed
6460 rpm
No-load current
8 mA
Stall torque
5.57 mNm
Friction torque
q
0.07 mNm
Back-EMF constant
0.92 mV/rpm
Torque constant
8.84 mNm/A
0.11 mH
Rotor inertia
1.12 gcm2
2.78 mNm
Tachogenerator
EMF constant
0.7
mV/rpm
10
k
Terminal resistance
48
3
%
-20…60
°C
80
°C
Shaft bearing
Sleeve bearings
0.5 (5 mm)
0.15
N
N
7.8
N
Shaft radial play
0.05
mm
Shaft axial play
0.03…0.2
mm
V01
㻟㻝
SCL18-25
Weight 39.2 g
Dimension in mm
SCL18
Ordering number
-2503
1 Nominal voltage
-2514
-2521
-2534
9
12
15
2.7
3.5
8.8
14
21
0.82
2.5
2.3
2.6
2.6
4 Efficiency
5 No-load speed
-2509
6
3 Output power
-2504
3
81
86
85
85
85
5400
9560
9560
9850
10290
18 V
34
2.3 W
85 %
9950 rpm
3 mA
6 No-load current
11
10
6
5
4
7 Stall torq
que
5.8
10.1
9.1
9.9
9.8
9.0 mNm
0.058
0.058
0.058
0.058
0.058
0.058 mNm
0.55
0.62
0.94
1.2
1.5
8 Friction torque
9 Back-EMF constant
1.8 mV/rpm
10 Torque constant
5.3
6.0
8.9
11.6
13.8
17.2 mNm/A
940
950
1050
1000
1050
1110 rpm/mNm
0.49 mH
12 Coil inductance
0.045
0.058
0.13
0.22
0.32
11
11
11
11
11
11 ms
14 Rotor inertia
1.1
1.1
0.99
1.0
1.0
0.96 gcm2
3.6
3.6
3.4
3.5
3.4
3.3 mNm
15 Max. torque
-20…+60
+80
Rth1 = 6, Rth2 = 28
19 Bearings type
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
V01
㻟㻞
°C
K/W
Options:
°C
SCL18-33
Weight 57 g
Dimension in mm
SCL18
Ordering number
-3303
1 Nominal voltage
-3306
-3310
-3318
-3328
6
9
12
15
3.0
6.2
10
18
3 Output power
2.9
3.2
3.5
3.1
4 Efficiency
5 No-load speed
84
85
83
85
8150
7980
9420
8050
6 No-load current
18 V
28
2.9 W
84 %
7970 rpm
14
9
9
5
13.8
15.4
14.1
14.6
13.9 mNm
0.096
0.096
0.11
0.096
0.096 mNm
0.73
1.1
1.3
1.9
2.2 mV/rpm
10 Torque constant
7.0
10.7
12.1
17.7
21.4 mNm/A
590
520
670
550
570 rpm/mNm
0.043
0.10
0.13
0.28
0.41 mH
7 Stall torque
q
8 Friction torque
9 Back-EMF constant
12 Coil inductance
14 Rotor inertia
5 mA
8
8
7
8
1.3
1.5
1.0
1.4
1.4 gcm2
8 ms
5.3
5.6
4.9
5.5
5.3 mNm
15 Max. torque
-20…+60
+80
Rth1 = 5, Rth2 = 20
19 Bearings type
°C
°C
K/W
Sintered sleeves
1.2 (5 mm)
N
0.2
N
9.8
N
0.05
mm
24 Shaft axial play
0.03…0.2
mm
Options:
V01
㻟㻟
SCL18-44
Weight 67 g
Dimension in mm
SCL18
Ordering number
-4405T
Nominal voltage
8 V
Terminal resistance
5.1
Output power
3.1 W
No-load speed
9450 rpm
No-load current
13 mA
Stall torque
12.5 mNm
Friction torque
q
0.1 mNm
Back-EMF constant
0.84 mV/rpm
Torque constant
8.01 mNm/A
0.083 mH
1.73 gcm2
Rotor inertia
3.9 mNm
Tachogenerator
EMF constant
0.7
mV/rpm
10
k
Terminal resistance
48.8
5
%
-20…60
°C
80
°C
Shaft bearing
1.2 (5 mm)
0.2
N
9.8
N
Shaft radial play
0.05
mm
Shaft axial play
0.03…0.2
mm
V01
㻟㻠
Sleeve bearings
N
1.5mm Micro Geared Motor
The World’s Smallest Metalic Glass Micro Gearhead
Namiki developed a 1.5mm diameter micro geared motor that is the smallest diameter electro-magnetic motor in the
world. This is expected to be used in various fields such as advanced medical equipment (catheters and endoscopes)
and Micro-robots. The Namiki miniature motor will satisfy the demand to provide a motion control actuator in small
spaces.
Output shaft
carrier
Planetary gear
φ1.5mm geared motors
High torque
◆ High durability
◆ Long life
◆
Sun carrier
Specification
Size
Model name
Gearhead ratio
Nominal Voltage
No-load speed
No-load current
Stall torque
Stall torque / Volume
Prototype
φ 1.5
L 10 mm
SBL015-06XXPG254
254 : 1 ( 3 stages )
DC 3 V
600 rpm
18 mA
450 μNm
25.5 μNm / mm3
φ 1.5
L 9.4 mm
SBL015-06XXPG40
40 : 1 ( 2 stages )
DC 3 V
3800 rpm
18 mA
100 μNm
6.0μNm / mm3
φ 1.5
L 10.5 mm
SBL015-06XXPG1609
1609 : 1 ( 4 stages )
DC 3 V
95 rpm
18 mA
2070 μNm
111.6 μNm / mm3
Conventional Type
φ 2.4
L 10 mm
SBL02-06H1PG79
79 : 1 ( 3 stages )
DC 3 V
650 rpm
12 mA
200 μNm
5.2 μNm / mm3
Applications
Advanced medical equipment
Endoscope
Catheter
Aerospace
Manipulator
Position control for image sensor
Micro-factory
Micro-lathe
for Micro-industries
Micro robots
Measurements & Analytic Equipments (Bio)
㻟㻡
MICRO DC BRUSHLESS MOTOR SERIES
SBL02-06
Electronically commutated sensorless motor, slotless stator design
Sensorless drive circuit SSD04
SBL02-06H1 SBL02-06H1 SBL02-06H1 SBL02-06H1
Ordering number
1 Nominal voltage
PG02-4.3
PG02-18
PG02-79
PG02-337
3
3
3
105
105
105
3 Gearhead reduction ratio
4.3
18
79
4 Gearhead number of stage
5 Max. output power, gearhead output
6 Max. efficiency, motor only
7 No-load speed,
p
, gearhead
g
output
p
8 No-load current
9 Stall torque (2-points measurement), gearhead output
10 Friction torque
1
0.0075
2
3
0.0050
0.0045
3 V
105
337 :1
4
0.0036 W
17.7
16.6
16.0
16700
3600
900
15.5 %
200 rpm
p
9.4
9.8
10.2
10.6 mA
0.017
0.052
0.19
0.66 mNm
0.39 mNm
0.0086
0.030
0.11
11 Back-EMF constant
0.12
0.53
2.1
9.3 mV/rpm
12 Torque constant
0.92
3.1
10.4
36.4 mNm/A
13 Coil inductance
110
110
110
110 H
14 Mechanical time constant, motor only
6.2
6.2
6.2
6.2 ms
15 Gearhead length, L1
3.5
4.3
5
5.8 mm
16 Total length, L2
8.5
9.3
10
10.8 mm
4.3 x 10-5
4.3 x 10-5
4.3 x 10-5
190
210
230
17 Rotor inertia, motor only
18 Total weight
4.3 x 10-5 gcm2
245 mg
General data
19 Operating temperature range
-10 … +50
°C
20 Max. temperature raise at stall
20
°C
21 Bearing type
22 Max. permissible press fit force, gearhead output
2.9
N
23 Max. radial play, gearhead output
0.06
mm
24 Max. axial play, gearhead output
0.1
mm
Ordering example
SBL02-06H1PG18 corresponds to:
Motor SBL02-06H1 +
Planetary gearhead SPG02-18
V01
㻟㻢
Sintered sleeves
MICRO DC BRUSHLESS MOTOR SERIES
SBL04-08
SBL04-0829 SBL04-0829 SBL04-0829 SBL04-0829
Ordering number
1 Nominal voltage
3 Gearhead reduction ratio
4 Gearhead number of stage
5 Max. output power, gearhead output
6 Max. efficiency, motor only
7 No-load speed,
p
, gearhead
g
output
p
8 No-load current
PG04-4.3
PG04-18
PG04-79
PG04-337
3
3
3
29
29
29
4.3
18
79
1
2
3
0.02
0.02
0.01
3 V
29
337 :1
4
0.01 W
12
11
11
9 %
7000
1500
350
85 rpm
p
44
45
46
50 mA
0.13
0.43
1.5
5.7 mNm
10 Friction torque
0.10
0.35
1.3
11 Back-EMF constant
0.24
1.1
4.7
17.8 mV/rpm
12 Torque constant
2.3
7.7
27.3
111.8 mNm/A
13 Coil inductance
74
74
74
74 H
5
5
5
5 ms
9 Stall torque (2-points measurement), gearhead output
14 Mechanical time constant, motor only
15 Gearhead length, L1
16 Total length, L2
17 Rotor inertia, motor only
18 Total weight
5.6 mNm
5.8
7
8.2
9.4 mm
13.8
15
16.2
17.4 mm
9 x 10-4
9 x 10-4
9 x 10-4
810
990
1010
9 x 10-4 gcm2
1030 mg
General data
19 Operating temperature range
-20 … +70
°C
20 Max. temperature raise at stall
55
°C
21 Bearing type
22 Max. permissible press fit force, gearhead output
Sintered sleeves
5
N
23 Max. radial play, gearhead output
0.044
mm
24 Max. axial play, gearhead output
0.15
mm
Ordering example
SBL04-0829PG18 corresponds to:
Motor SBL04-0829 +
Planetary gearhead SPG04-18
V01
㻟㻣
DC BRUSHLESS MOTOR SERIES
SBL07-12
Weight 3.2 g
Dimension in mm
Sensorless drive circuit SSD06 Planetary gearhead SPG07
SBL07
Ordering number
-1218
1 Nominal voltage
3 V
18
3 Output power
0.07 W
4 Efficiency
25 %
5 No-load speed
10650 rpm
6 No-load current
41 mA
7 Stall torque
q
0.25 mNm
8 Friction torque
0.083 mNm
9 Back-EMF constant
0.21 mV/rpm
10 Torque constant
2.03 mNm/A
41977 rpm/mNm
12 Coil inductance
0.13 mH
13 Mechanical time constant (starting oscillating time neglected)
5.2 ms
0.012 gcm2
14 Rotor inertia
15 Speed range
3500...22000 rpm
16 Max. torque
0.49 mNm
-20…+80
+90
Rth1 = 4.4, Rth2 = 32
20 Bearings type
Sintered sleeves
0.27 (3.7 mm)
N
0.1
N
20
N
0.015
mm
25 Shaft axial play
0.23
mm
Options:
V01
㻟㻤
°C
K/W
°C
Shaft length, special coils.
DC BRUSHLESS MOTOR SERIES
SBL22-37
Weight 72 g
Dimension in mm
SBL22
Ordering number
-3727
1 Nominal voltage
24 V
27
3 Output power
4.4 W
4 Efficiency
51 %
5 No-load speed
4685 rpm
6 No-load current
73 mA
7 Stall torque
q
36 mNm
8 Friction torque
3.2 mNm
9 Back-EMF constant
4.7 mV/rpm
10 Torque constant
44.1 mNm/A
130 rpm/mNm
12 Coil inductance
2.4 mH
13 Mechanical time constant (starting oscillating time neglected)
4.6 ms
3.31 gcm2
14 Rotor inertia
15 Speed range
1300…10000 rpm
16 Max. torque
24.3 mNm
-20…+80
+90
Rth1 = 0.6, Rth2 = 4.3
20 Bearings type
°C
°C
K/W
Preloaded ball bearings
16 (9 mm)
N
4
N
250
N
0.032
mm
25 Shaft axial play
0
mm
Options:
Lead wires length, shaft length, special coils.
V01
㻟㻥
PRECISION GEARHEAD SERIES
SPG07
Planetary gearhead
Dimension in mm
For combination with motors: SCL07-17, SBL07-12
SPG07
Housing material
Metal
Geartrain material
Steel
Recommended max. input speed
12000
Operating temperature range
°C
-10…+60
1
Backlash at no-load per stage
Bearings on output shaft
°
Sintered sleeve bearings
Max. shaft radial load ((4.5 mm from flange)
g )
1
N
0.5
N
Max. shaft press fit force
10
N
Shaft radial play
0.03
mm
Shaft axial play
0.3
mm
Ratio
Gearhead
(nominal Stage length, L1
)
[mm]
Max. allowable
Length with motor
Gearhead
torque [mNm]
[mm]
weight
[g]
Continuous Intermitten SCL07-17 SBL07-12
t
Efficiency Direction of
[%]
rotation
4.7 : 1
1
7.4
2
10
20
24.9
19.4
22 : 1
2
9.6
2.5
10
20
27.1
21.6
72
105 : 1
3
11.8
3
10
20
29.3
23.8
61
494 : 1
4
14.1
3.5
10
20
31.6
26.1
52
V01
㻠㻜
rpm
85
SPG10
Planetary gearhead
Dimension in mm
For combination with motors: SCL10-18, SCL10-30
SPG10
Housing material
Metal
Geartrain material
Steel
10000
rpm
°C
-10…+60
1
°
Max. shaft radial load ((6 mm from flange)
g )
3
N
1
N
20
N
Shaft radial play
0.03
mm
Shaft axial play
0.3
mm
Ratio
Gearhead
)
[mm]
Max. allowable
Length with motor
Gearhead
torque [mNm]
[mm]
weight
[g]
Continuous Intermitten SCL10-18 SCL10-30
t
rotation
[%]
3.6 : 1
1
10.5
5.8
50
100
28.6
40.7
4.7 : 1
1
10.5
5.8
50
100
28.6
40.7
85
85
13 : 1
2
13.5
7.1
50
100
31.6
43.7
72
22 : 1
2
13.5
7.1
50
100
31.6
43.7
72
61 : 1
3
16.5
8.4
50
100
34.6
46.7
61
105 : 1
3
16.5
8.4
50
100
34.6
46.7
61
288 : 1
4
19.6
9.7
50
100
37.7
49.8
52
494 : 1
4
19.6
9.7
50
100
37.7
49.8
52
V01
㻠㻝
SPG12
Planetary gearhead
Dimension in mm
For combination with motors: SCL12-20, SCL12-22, SCL12-30
SPG12
Housing material
Metal
Geartrain material
Steel
8000
rpm
°C
-10…+60
1
°
g )
4 ((25))
N
2
N
30
N
Shaft radial play
0.03
mm
Shaft axial play
0.3
mm
In parenthesis the max. radial load with ball bearing option.
Gearhead
Ratio
[mm]
)
Max. allowable
Length with motor
Gearhead
torque [mNm]
[mm]
weight
[g]
Continuous Intermitten SCL12-20 SCL12-22 SCL12-30
3.5 : 1
1
14.2
11.6
100
200
35.2
37.2
46.2
4.8 : 1
1
14.2
11.6
100
200
35.2
37.2
46.2
85
12 : 1
2
18
14.1
100
200
39
41
50
72
23 : 1
2
18
14.1
100
200
39
41
50
72
58 : 1
3
21.8
16.6
100
200
42.8
44.8
53.8
61
107 : 1
3
21.8
16.6
100
200
42.8
44.8
53.8
61
509 : 1
4
25.7
19.1
100
200
46.7
48.7
57.7
52
V01
㻠㻞
t
[%]
rotation
85
SPG16
Planetary gearhead
Dimension in mm
For combination with motors: SCL16-25, SCL16-30, SCL17-30, SCL18-25, SCL18-33
SPG16
Housing material
Metal
Geartrain material
Steel
6000
rpm
°C
-10…+60
1
°
g )
4 ((25))
N
2
N
30
N
Shaft radial play
0.03
mm
Shaft axial play
0.2
mm
In parenthesis the max. radial load with ball bearing option.
Ratio
Gearhead
)
[mm]
Max. allowable
Length with motor
Gearhead
torque [mNm]
[mm]
weight
[g]
Continuous Intermitten SCL16-25 SCL16-30 SCL17-30 SCL18-25 SCL18-33
t
[%]
rotation
3.6 : 1
1
15.3
20
200
400
40.3
46.7
46.7
40.8
50.3
4.7 : 1
1
15.3
20
200
400
40.3
46.7
46.7
40.8
50.3
85
85
13 : 1
2
19.5
24.5
200
400
44.5
50.9
50.9
45
54.5
72
22 : 1
2
19.5
24.5
200
400
44.5
50.9
50.9
45
54.5
72
61 : 1
3
23.7
29
200
400
48.7
55.1
55.1
49.2
58.7
61
105 : 1
3
23.7
29
200
400
48.7
55.1
55.1
49.2
58.7
61
V01
㻠㻟
SSG10
Spur gearhead
Dimension in mm
SSG10
Housing material
Metal
Geartrain material
Metal
10000
°C
-10…+60
7
Max. backlash at no-load with 6 stages
°
g )
3
N
1
N
20
N
Shaft radial play
0.03
mm
Shaft axial play
0.2
mm
Gearhead
Ratio
[mm]
)
Length with motor
Max. allowable
Gearhead
[mm]
torque [mNm]
weight
[g]
t
[%]
rotation
15 : 1
3
14
5.4
12
30
27
32.1
44.2
29 : 1
4
16
6.2
12
30
29
34.1
46.2
66
49 : 1
5
18
7
12
30
31
36.1
48.2
59
72 : 1
5
18
7
12
30
31
36.1
48.2
59
93 : 1
5
18
7
12
30
31
36.1
48.2
59
262 : 1
6
20
7.9
12
30
33
38.1
50.2
53
V01
㻠㻠
rpm
73
SSG12
Spur gearhead
Dimension in mm
SSG12
Housing material
Metal
Geartrain material
Metal
8000
rpm
°C
-10…+60
5
Max. backlash at no-load, 5 stages
°
g )
3
N
1
N
20
N
Shaft radial play
0.03
mm
Shaft axial play
0.2
mm
Gearhead
Ratio
[mm]
)
Max. allowable
Length with motor
Gearhead
torque [mNm]
[mm]
weight
[g]
t
[%]
rotation
16 : 1
3
14
8.3
12
30
35
37
46
73
25 : 1
3
14
8.3
12
30
35
37
46
73
47 : 1
4
16
9.2
15
30
37
39
48
66
74 : 1
4
16
9.2
15
30
37
39
48
66
94 : 1
4
16
9.2
15
30
37
39
48
66
175 : 1
5
18
10.2
15
30
39
41
50
59
282 : 1
5
18
10.2
15
30
39
41
50
59
V01
㻠㻡
SSG15
Spur gearhead
Dimension in mm
For combination with motors: SCL16-15, SCL16-25, SCL16-30, SCL17-30
For combination with motor-tachogenerators: SCL16-44, SCL17-44
SSG15
Housing material
Metal
Geartrain material
Metal
6000
°C
-10…+60
5
°
g )
4
N
2
N
30
N
Shaft radial play
0.03
mm
Shaft axial play
0.2
mm
Ratio
Gearhead
)
[mm]
Max. allowable
Length with motor
Gearhead
torque [mNm]
[mm]
weight
rotation
[%]
[g]
Continuous Intermitten SCL16-15 SCL16-25 SCL16-30 SCL17-30 SCL16-44 SCL17-44
t
29 : 1
3
9.6
8.9
15
30
27.1
34.6
41
41
54.1
54.2
73
49 : 1
4
11.6
10.3
24
60
29.1
36.6
43
43
56.1
56.2
66
71 : 1
4
11.6
10.3
24
60
29.1
36.6
43
43
56.1
56.2
66
94 : 1
4
11.6
10.3
24
60
29.1
36.6
43
43
56.1
56.2
66
198 : 1
5
13.6
11.5
24
60
31.1
38.6
45
45
58.1
58.2
59
V01
㻠㻢
rpm
SSG18
Spur gearhead
Dimension in mm
For combination with motors: SCL18-25, SCL18-33
For combination with motor-tachogenerator: SCL18-44
SSG18
Housing material
Metal
Geartrain material
Metal
4000
rpm
°C
-10…+60
4
°
g )
4
N
2
N
30
N
Shaft radial play
0.03
mm
Shaft axial play
0.2
mm
Ratio
Gearhead
)
[mm]
Max. allowable
Length with motor
Gearhead
torque [mNm]
[mm]
weight
[g]
t
[%]
rotation
15 : 1
3
12.5
16.4
40
80
38
47.5
56.7
73
27 : 1
3
12.5
16.4
40
80
38
47.5
56.7
73
47 : 1
4
14.9
19.2
40
80
40.4
49.9
59.1
66
75 : 1
4
14.9
19.2
40
80
40.4
49.9
59.1
66
95 : 1
4
14.9
19.2
40
80
40.4
49.9
59.1
66
V01
㻠㻣
Servo Motor System
SSP12
SHD12
Applications
㻠㻤
SSP - 12
Tough & Smart Servo-Driver for Position, Speed, Torque Control
Features
No trip even when servo-locked
during over 30 seconds
Feedforward torque control
Free from torque fluctuation
Speed control parameters auto-tuning
Resonant restraint control ( 5-notch filters )
For suppressing machine resonance
Position / Speed / Torque control mode
Electrical gear
Internal pulse train command including ( 7 pts. )
I / O Type : RS422 ( 16-axes daisy chain )
PC editing
4ch oscilo-function
4ch oscilo-waveforms observable
Specification
Model No.
Dimensions
SSP-12
W 102 × H 125 × D 39.8 (mm)
Input power supply
Output current
Voltage : DC 12 V ± 5% (Torque guaranteed), Current : 2.5 A
Main circuit method
FET full bridge (Sinusoidal PWM control)
Speed fluctuation
Load : ±0.1 %, Voltage : ±0.02%, Temperature : ±0.3 %
Speed control range
Over 1 : 2000
Continuous : 0.8 A (rms), Max. :1.6 A (rms)
Appearance
V01
㻠㻥
Diaphragm Pump
Features
◆
◆
◆
◆
Compact & Light design
Variety of DC Motor
Good Chemical Resistance
Maintenance Free & long life operation
◆
◆
◆
◆
Oil & Contamination Free
Quiet operation
Namiki's patented Non-return valves
Self priming
Applications
Medical Equipment
◆ Medical Suction equipment
Industrial Equipment
◆ Ink Jet Printer system
◆ Fuel Cell
◆ Oxygen / Nitrogen Generator
◆ Pick & Place for IC Wafers
◆ Food Packaging equipment
Laboratory, Research Equipment
◆ Incubation system
◆ Air Quality Sampling Monitors
◆ Gas Chromatography
㻡㻝
PUMP SERIES
Ordering Information
8
0
1
8
G
t
S
D
Size : [5] 䕕20mm䚷䚷[7] 䕕32mm [8] 䕕35mm
Model Version
Wetted material : See detailed pump data
Motor type : [3] [4] Corless [8] Brashless [9] Stepping [0] others
Pump type : [ ] Liquid pump [G] Air pump
Head numbers : [ ] Single [ t ] Twin
sensor for stepping motor : [ ] Without [S] With
Driver for stepping motor : [ ] Without [D] With
Unit Conversion Table
Pressure Table
to
From
kPa
kPa
Volume Table
atm
mmHg
mH2O
in H2O
psi
101.3
1 760.002
0.145
0.01
L ( liter)
1.013
cm3
mmHg
0.1333 0.001316
mH2O
9.806
in H2O
0.2491 0.002458 1.86833 0.345316
1 0.013595 0.53524 0.0193
0.09678 73.5561
psi
6.8948 0.068046 51.7151
bar
100 0.986923 750.064
1 39.3701 1.4223
1 0.0361
0.70307 27.6799
From
mL/min
L/min
3
cm /min
3
1
0.001
0.0001
0.1
10000
10
1
ft3/min
28320
gal/min
3785.4
0.0164 16.3871
28.32
1000
1
inch
ft3
28.317
28317
0.002
gal
3.7854
3785.4
0.069
1
0.0164
gal
61.024 0.0353 0.264172
0.061
16.387
3.5E-05
0.00026
1 0.0006 0.004329
1728
1
7.48051
231 0.1337
1
ft3/min gal/min
to
From
mm
cm
m
inch
ft
61000 0.00003 0.0003
mm
1
0.1
0.001 0.0033
0.0394
61.0236 0.03532 0.2642
cm
10
1
0.01 0.0328
0.394
0.3532 2.6417
m
1000
100
1
3.281
39.4
1 0.00058 0.0043
ft
304.8
30.48
0.3048
1
12
inch
25.4
2.54
0.0254 0.0833
1
0.061
2.832
1727.99
3.78541 0.37854
230.999
㻡㻞
1
0.001
ft3
Length Table
1
16.4
inch3
0.098
1
cm3/min inch3/min
L/min
1000
i nch /mi
3
cm3
0.001
10.1972 401.463 14.504
Flown rate Table
to mL/min
to L ( liter)
From
10.3323 406.782 14.696
1 0.00987 7.50064 0.101972 4.01463
atm
bar
1 7.4805
0.1337
1
PUMP SERIES
Basic Design
㻡㻟
PUMP SERIES
Chemical Resistance Chart
No Corrosion
Strong Corrosion
Chemical
5013/5014
5033/5034
5043/5044
7038/7039
Acetic Acid (5%)
Glacial Acetic Acid + Ethanol
Sodium Hypochlorite (5%)
Sodium Chloride (10%)
Hydrogen Peroxide (10%)
Methanol
Toluene
Industrial Ink
Acetone
Methyl Ethyl Ketone
Please contact us for other chemical applications.
Data figures in this catalogue are measured by Namiki standard test equipments.
Please perform necessary testing at user side as catalogue figures & indications are reference only.
㻡㻠
7048
PUMP SERIES
Products Overview
Liquid pump
Model
Nominal
voltage
Nominal
current
Maximum
flow rate
Suction
range
Pressure
range
Motor
type
[ VDC ]
[ mA ]
[ ml/min ]
[ kPa ]
[ kPa ]
5013
12
190
180
-30…0
0…+70
Coreless
FKM
FKM
FKM,PFA,PTFE
20
39
56
5033
12
190
130
-30…0
0…+70
Coreless
FKM*
FKM*
FKM*,PFA,PTFE
20
39
56
5043
12
160
180
-30…0
0…+70
Coreless
PTFE
FFKM
FFKM,PFA,PTFE
20
39
56
5014
24
110
190
-30…0
0…+70
Coreless
FKM
FKM
FKM,PFA,PTFE
20
39
56
5034
24
110
140
-30…0
0…+70
Coreless
FKM*
FKM*
FKM*,PFA,PTFE
20
39
56
5044
24
90
210
-30…0
0…+70
Coreless
PTFE
FFKM
FFKM,PFA,PTFE
20
39
56
7038
24
370
630
-50…0
0…+100
Brushless
FKM*
FKM*
FKM*,PFA,PTFE
32
65
102
7048
24
230
600
-50…0
0…+100
Brushless
PTFE
FFKM
FFKM,PFA,PTFE
32
65
102
7038t
24
370
1000
-50…0
0…+100
Brushless
PTFE
FKM*
FKM*,PFA,PTFE
32
79
102
7048t
24
370
1000
-50…0
0…+100
Brushless
PTFE
FFKM
FFKM,PFA,PTFE
32
79
102
7120
24
150
600
-50…0
0…+80
Brush
PTFE
EPDM
PPS
39
57.6
87.7
7140
24
150
600
-50…0
0…+80
Brush
PTFE
FFKM
PPS
39
57.6
87.7
Motor
type
Diaphragm
Valve
Other wetted materials
Diaphragm
Valve
Size
W H L
[ mm ]
* : Good chemical resistance grade
Adjustable Flow Rate Liquid Pumps
Model
Nominal
voltage
Nominal
current
Flow range
Suction
range
Pressure
range
Size
W H L
[ VDC ]
[ A/2-phase]
[ ml/min ]
[ kPa ]
[ kPa ]
7039(D)
10.8
0.3
0.32…100
-50…0
0…+100
3-Phase Stepping
FKM*
FKM*
FKM*,PFA,PTFE
35
64.5
82.5
7039S(D)
10.8
0.3
0.32…100
-50…0
0…+100
3-Phase Stepping
FKM*
FKM*
FKM*,PFA,PTFE
35
64.5
102.7
7049(D)
10.8
0.3
0.36…100
-50…0
0…+100
3-Phase Stepping
PTFE
FFKM
FFKM,PFA,PTFE
35
64.5
82.5
7049S(D)
10.8
0.3
0.36…100
-50…0
0…+100
3-Phase Stepping
PTFE
FFKM
FFKM,PFA,PTFE
35
64.5
102.7
Motor
type
Diaphragm
Valve
Brushless
FKM
[ mm ]
* : Good chemical resistance grade
Air Pumps
Model
8018Gt
Nominal
voltage
Nominal
current
Flow range
Vaccum
range
Pressure
range
[ VDC ]
[ mA]
[ ml/min ]
[ kPa ]
[ kPa ]
24
200
2000
-50…0
0…+100
Size
W H L
[ mm ]
FKM
FKM,POM,SUS,Urethane,Ni
35
90
116
㻡㻡
PUMP SERIES
5013
Micro Diaphragm Liquid Pump
Weight 77g
Dimension in mm
5013
12
DC Coreless Motor
180
190
0…+70
-30…0
Ordering number
Nominal voltage
Motor type
Maximum flow rate
Nominal current consumption
Pressure range
Suction range
V
ml/min
mA
kPa
kPa
Perfomance characteristics
MODEL:5013
250
Vin = 12 V
Ambient : 23㼼5䉝
Flow rate [ ml/min ]
200
150
100
50
0
-80
-60
-40
-20
0
Suction
General Specifications
Ambient temperature range
Fluid temperature
Diaphragm
Valve
Options:
䞉Change of wetted material.
Ordering number
Diaphragm
Rubber materials
*Good chemical resistance grade
䈜Please contact our sales division.
㻡㻢
5033
FKM*
FKM*
40
Pressure
+5…+50
+10…+50
FKM
FKM
FKM,PFA,PTFE
5013
FKM
FKM
20
5043
PTFE
FFKM
60
80
100
120
㼇㻌kPa ]
°C
°C
Conditions:
Data displayed in this datasheet are measured with
purified water at 20䉝 using a Toalon-G tube of 4 mm
internal (6 mm external) diameter and 160 cm length
using Namiki standard test equipment.
PUMP SERIES
5014
Weight 77g
Dimension in mm
5014
24
DC Coreless Motor
190
110
0…+70
-30…0
Ordering number
Nominal voltage
Motor type
Maximum flow rate
Pressure range
Suction range
V
ml/min
mA
kPa
kPa
MODEL:5014
250
Vin = 24 V
Ambient : 23㼼5䉝
200
150
100
50
0
-80
-60
-40
-20
0
20
Suction
Fluid temperature
Diaphragm
Valve
Options:
Ordering number
Diaphragm
Rubber materials
40
Pressure
+5…+50
+10…+50
FKM
FKM
FKM,PFA,PTFE
5014
FKM
5034
FKM*
5044
PTFE
FKM
FKM*
FFKM
60
80
100
120
㼇㻌kPa ]
°C
°C
Conditions:
*Good chemical resistance grade
㻡㻣
PUMP SERIES
7038
Weight 280g
Dimension in mm
7038
24
DC Brushless Motor
Drive circuit built-in
630
370
0…+100
-50…0
Ordering number
Nominal voltage : Vcc
Motor type
Maximum flow rate
Pressure range
Suction range
V
ml/min
mA
kPa
kPa
MODEL:7038
700
Vin = 24 V
Ambient : 23㼼5䉝
600
500
400
300
200
100
0
-100
-50
0
Suction
Blue
PWM pulse
input
㻡㻤
Frequency
100
Pressure
°C
Ambient temperture range
+5…+50
°C
Fluid temperture
+5…+50
Diaphragm
FKM
Valve
FKM
FKM,PFA,PTFE
Electrical connections
Red
1
Vcc
8.0…26 V
GND
GND
Black
2
FG pulse
3pulse/rev (Vp-p=5V)
3
White
output
䠄4䠅
Option
50
50䡇Hz max.
Low level
0.0…1.0V
Hi level
2.0…5.0 V
150
200
250
㼇㻌kPa ]
Options:
Ordering number
7048
PTFE
Diaphragm
FFKM
Rubber materials
䞉Variable flow rate by the PWM pulse input.
Conditions:
purified water at 20䉝 using a Toalon-G tube of 4mm
internal (6mm external) diameter and 160 cm length
PUMP SERIES
7038t
Weight 320g
320g
Weight
Dimension
Dimensionininmm
mm
7038t
24
DC Brushless Motor
1000
370
0…+100
-50…0
Ordering number
Motor type
Maximum flow rate
Pressure range
Suction range
V
ml/min
mA
kPa
kPa
MODEL:7038t
1200
Vin = 24 V
Ambient : 23㼼5䉝
1000
800
600
400
200
0
-100
-50
0
Suction
Blue
PWM pulse
input
Frequency
100
Pressure
°C
+5…+50
°C
Fluid temperture
+5…+50
Diaphragm
FKM
Valve
FKM
FKM,PFA,PTFE
1
Vcc
8.0…26 V
Red
GND
GND
2
Black
FG pulse
3
White
output
䠄4䠅
Option
50
50䡇Hz max.
Low level
0.0…1.0V
Hi level
2.0…5.0 V
150
200
250
㼇㻌kPa ]
Options:
7048t
Ordering number
PTFE
Diaphragm
FFKM
Rubber materials
Conditions:
㻡㻥
PUMP SERIES
7039
Weight 280g
Dimension in mm
Features
Flow rate fine adjustable by stepping drive circuit
Diaghragm position control by optional sensors
7039
10.8
3-Phase Stepping Motor
1.2
0.32…100
0.3
100
0…+100
-50…0
Ordering number
Motor type
Step Angle
Flow range
Nominal motor speed
Pressure range
Suction range
V
deg./step
ml/min
A/2-phase
rpm
kPa
kPa
MODEL:7039
40
Ambient : 23㼼5䉝
Liquid : 20㼼3䉝
100 rpm
50 rpm
35
30
25
20
15
10
5
0
-80
-60
-40
-20
Suction
Fluid temperture
Diaphragm
Valve
+5…+50
+5…+50
FKM
FKM
FKM,PFA,PTFE
㻢㻜
°C
°C
0
20
40
60
Pressure
80
100
120
140
㼇㻌kPa ]
Conditions:
PUMP SERIES
Speed Characteristics
Connection Diagram:
80
Pressuer Head = 0
kPa
Ambient : 23㼼5䉝
70
60
50
40
30
20
Excitation Sequence
Step
1 2 3 4 5 6
Phase
U Phase
+
䠉䠉
+
V Phase
䠉䠉
+ +
+ +
䠉䠉
W phase
10
0
0
20
40
60
80 100 120 140 160 180 200 220
Speed [ rpm ]
Options:
䞉Photomicrosensor : EE-SX672A (OMRON)
䞉Stepping motor driver : FTD3S2P24 (NIDEC SERVO CORP.)
Ordering number
Diaphragm
Rubber materials
Photomicrosensor
Stepping motor driver
7039D
FKM
FKM
㽢
䕿
7039S
FKM
FKM
䕿
㽢
7039SD
FKM
FKM
䕿
䕿
7049D
PTFE
FFKM
㽢
䕿
7049
PTFE
FFKM
㽢
㽢
7049S
PTFE
FFKM
䕿
㽢
7049SD
PTFE
FFKM
䕿
䕿
Photmicrosensor: EE-SX672X
Main Specification
Supply voltage
Current consumption
Max.load current
Max.frequency
Pin 1
Pin 2
Pin 3
Pin 4
5…24
35
100
1
V
mA
mA
kHz
Vcc
L
Output
GND
Important: For detailed information please refer OMRON specification.
Stepping motor driver: FTD3S2P24
㻯㻺㻞
Connector
No.
CN2
Terminal
No.
CN1
Terminal
No.
Name
VM
2
COM
3
5VDC
Logic circuit power supply +5V
4
GND
Logic circuit GND
5
CW
6
CCW
Current %
7
Function
To Motor phase - W
Function
1
㻯㻺㻝
Connector
No.
Name
C0
Motor power supply 12-24DC
Motor power supply GND
The CW direction drive pulse or the serial pulse signal input
The CCW direction drive pulse or the serial pulse signal input
120~150
100
50~80
0
L
L
H
H
H
L
H
8
C1
L
9
GND
Signal GND
1
Motor W
2
Motor V
To Motor phase - V
High input signal voltage
Min = 4.0 V
Max = 5.3 V
3
Motor U
To Motor phase - U
Low input signal voltage
Min = -3.0 V
Max = 0.8 V
Important: For detailed information please refer NIDEC SERVO CORP. specification.
㻢㻝
PUMP SERIES
7140
Exhaust Nozzle
Suction Nozzle
Weight㼃㼑㼕㼓㼔㼠㻦
170g㻝㻣㻜㻌䡃
Dimension in mm
7140
24
DC Brush Motor
600
150
0…+80
-50…0
Ordering number
Nominal voltage
Motor type
Maximum flow rate
Pressure range
Suction range
V
ml/min
mA
kPa
kPa
MODEL:7140
700
Vin = 24 V
Ambient : 23㼼5䉝
600
500
400
300
200
100
0
-100
-80
-60
-40
-20
0
Suction
Fluid temperature
Diaphragm
Valve
㻢㻞
+5…+60
+10…+70
PTFE
EPDM
PPS
20
40
60
Pressure
°C
°C
80
100
120
140
㼇㻌kPa ]
Conditions:
PUMP SERIES
8018Gt
Micro Diaphragm Air Pump
Weight 360g
Dimension in mm
8018Gt
24
DC Brushless Motor
2,000
200
0…+170
-75…0
Ordering number
Motor type
Maximum flow rate
Pressure range
Vaccum range
V
ml/min
mA
kPa
kPa
MODEL:8018Gt
2.5
Vin = 24 V
Ambient : 23㼼5䉝
2.0
1.5
1.0
0.5
0.0
-100 -80
-60
-40
-20
0
Vacuum
Fluid temperture
Diaphragm
Valve
Red
1
Black
2
3
White
䠄4䠅
Option
Blue
+5…+50
+5…+50
FKM
FKM
FKM, POM, SUS,
Urethane, Ni
Vcc
GND
FG pulse
output
PWM pulse
input
20
40
60
80
100 120 140 160 180 200
㼇㻌kPa ]
Pressure
Options:
°C
°C
8.0…26 V
GND
Frequency
50䡇Hz max.
Low level
0.0…1.0V
Hi level
2.0…5.0 V
Conditions:
㻢㻟
PUMP SERIES
Handling Instructions
Thank you for selecting Namiki's product, please carefully read the following instructions before handling the proudct.
Unpacking:
Handle pump with care when unpacking.
Shocks:
This product is not shockproof resistance. Drops or
excessive shocks may damage sensible parts like
eccentric cam.
Parts Replacement:
Parts and/or materials replacement made by
unauthorized operator may damage pump and
reduce its quality. Bearings are lubricated for life
and additional lubrication is not required.
Operating Environment:
Fluid Temperature:
Operation temperature for purified water is from 5䉝
to 50䉝. For operation with different type of liquid,
please consult us.
Load:
Operation under excessive load may reduce
operation life of motor and pump. In event of motor
stall immediately turn off power supply to avoid
damages.
Operating Voltage:
Operating voltage range is different on model.
Please refer each model manual. Electrical
Connection: Please correctly connect the motor to
power supply, red lead wire to positive and black
lead wire to ground.Please refer driver manual for
connection between 7039 and its driver. In case of
model using brushless motor, white lead wire is FG
(Frequency Generator) output provides three pulse
per motor revolution.
Motor Temperature:
Motor housing temperature may reach high
temperature whie loaded operation. Do not touch
motor during operation or soon after stop.
Pump should be operated within the specifications
displayed in the datasheet. Pump is not water and
explosion proofed and for no reasons should be
operated in such environments. Especially do not
use in corrosive and chemically aggressive
environments such as chlorine, sulfur,
cyanoacrylate, silicon gas, etc. Do not load pump
housing with heavy materials.
Storage Conditions:
This product should be stored at 20䉝±5䉝 RH of
60%. Do not store in corrosive and chemically
aggressive environments. If stored long period,
brake-in is required before operation until flow rate
stabilized. In case of pumping problem clean the
valves by injecting purified water into nozzles before
operation. During cleaning avoid ropping water to
the motor housing.
Operating & Cleaning:
After short operation period clean the pump by
injecting purified water into nozzles. During cleaning
avoid dropping water to the motor housing.
Pump Installation:
Pump is designed to operate in any position. Set
pump on hard and fat base using the designed
mounting holes. Please refer manual for each model
for suitabe screws and limit torque. Adhesive
mouting is not suggested. Please contact us for
detailed instruction if need to.
Tube Connection:
Correctly connect tubing to suction and exhaust
nozzles as displayed on the pump head (arrow
mark). Make sure that tubing is inserted competely
to the nozzles. Tubing size from ID3 to 4 mm is
recommended. In case of tube removal, turn off
pump and remove tubing from suction nozzle first.
Turn on the power to expel the liquid inside
completely and then turn off again and remove
tubing from exhaust nozzle.
㻢㻠
Warranty:
Each single unit is thoroughly inspected before ship.
In event of unconformity claim is necessary, contact
Namiki immediately after unpacking. Namiki will
accept no claim for the products used, abusively
handled and manipulated by user side unless the
cause of failure is clearly imputable to Namiki's
defects in material or workmanship. For details refer
to "Warranty notice" separte document.
Warning: Do not operate pump or immediately turn off in
event of unordinary noise or smell and if water has
been dropped on the motor housing.
Global Operations
Lausanne, Switzerland
Dusseldorf,
Düsseldorf, Germany
Namiki Precision of Europe SA
Düsseldorf Office
California, USA
Namiki Precision of
California, Inc.
Chiang Mai, Thailand
Singapore
Singapore
Namiki Precision
(Thailand) Co., Ltd.
Namiki Precision
Singapore Pte. Ltd.
History
㻢㻢
1939
Namiki founded in Tokyo, Japan.
Started production of synthetic sapphire jewel bearings for wattmeters.
1949
Started production of watch jewel bearings and sapphire phonograph stylus.
1953
Namiki is reorganized Namiki Precision Jewel Co. Ltd.
1972
Started production of rare-earth magnet by selective laser sintering developed.
1973
Developed the world's smallest coreless motor with diameter of 10mm.
Motor Sales Contact
Japan
Parc Scientifique de I’ EPFL, PSE-D
CH-1015 Lausanne, Switzerland
T E L : +41-21-693-8615
F A X : +41-21-693-4675
E-mail: [email protected]
Namiki Precision Jewel
Co.,Ltd (Headquarters)
Namiki Aomori Factory
Düsseldorf Office
Namiki Akita Factory
Shanghai, China
Schadowstraße 84
40212 Düsseldorf
T E L : +49-211-367776-85
F A X : +49-211-367776-86
Namiki Precision Jewel Co.,Ltd.
(Headquarters)
3-8-22, Shinden, Adachi-ku, Tokyo,
123-8511
T E L : +81-3-5390-7620
F A X : +81-3-5390-8082
Namiki Precision
(Shanghai) Co., Ltd.
1983
Established NJC Technological Research Institute to integrate company’ s R & D forces.
1985
Started production the world's first of vibration motor for pagers.
2004
Developed the world's smallest Metallic Glass micro-geared motor with diameter of 1.5mm.
(Later, Namiki won the 2006 Prime Minister's Prize.)
2010
Opened Namiki Precision of Europe SA (business and R&D division)in Lausanne, Switzerland.
2011
Opened Namiki Precision of Europe SA Dusseldorf Office (business division)in Düsseldorf, Germany.
㻢㻣
ww w .na mik ieu .de
www.namiki.net
Parc Scientifique de I’ EPFL, PSE-D
CH-1015 Lausanne, Switzerland
T E L : +41-21-693-8615
F A X : +41-21-693-4675
E-mail : [email protected]
Düsseldorf Office
Namiki Precision Jewel Co.,Ltd.
(Headquarters)
Schadowstraße 84
40212 Düsseldorf
T E L : +49-211-367776-85
F A X : +49-211-367776-86
3-8-22, Shinden, Adachi-ku, Tokyo
123-8511, Japan
T E L : +81-3-5390-7620
F A X : +81-3-5390-8082

Namiki Precision Jewel Co.,Ltd

Transcription

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